NNVT 16mm Gen 2+ Lightweight Image Intensifier Tube (GT6680)

Key Technical Highlights

• Revolutionary Weight Reduction: Slashed from ≤ 80g down to ≤ 50g (a 37.5% reduction). This drastic trimming minimizes operator neck fatigue during extended missions, making it the ultimate drop-in solution for weight-sensitive platforms without sacrificing performance.

• Uncompromised 40° Field of View (FOV): Designed for full optical compatibility, the 16mm format seamlessly pairs with specially engineered 16mm objective and eyepiece lens assemblies—already offered by leading optical manufacturers—allowing integration into compact housings while maintaining a full, zero-loss 40° field of view.

• Flexible FOM Parameters:

  • The initial production batch features a robust baseline of FOM 1600.

  • Subsequent product lines will comprehensively cover a full spectrum of higher FOM tiers to accommodate diverse operational budgets and mission profiles.

• Dual Phosphor Options: Available in both high-efficiency P43 Green Phosphor (for classic high-contrast visual clarity) and P45 White Phosphor (for modern crisp grayscale imaging and reduced eye strain).

• Superior Optical Performance:

  • Signal-to-Noise Ratio (SNR): Min. 25

  • Resolution: Min. 64 lp/mm

  • Integral Sensitivity (2856K): Min. 700 µA/lm (S25+ high-response photocathode)

• Fiber Optic Inverter & Auto-Gating: Equipped with a precision fiber optic inverter for crisp image orientation and an integrated auto-gating function (gate width > 420ns) to protect the tube under sudden bright-light fluctuations.

• Standard Electrical Interface: Utilizes a reliable 3-pin electrical interface housed in a durable body, ensuring seamless integration into standard 16mm compatible housing architectures.

Target & Next-Gen Applications

• Lightweight Tactical Systems: Ultra-light monoculars and binoculars (MX-10160 format adaptations).

• Advanced Thermal-Optical Fusion Systems: Next-generation multi-spectral fused goggles (such as ENVG-style architectures) that combine low-light analog video with thermal imaging layers, where strict spatial and weight budgets are mandatory.

• Smart Networked & AI-Enabled Optronics: Advanced tactical systems integrating real-time communication data feeds, augmented reality (AR) HUD overlays, and edge-AI assisted target recognition, where every gram saved on optical components is critical to reducing combat load.